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create_report.c
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#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <errno.h>
#ifdef __GNUC__
#include <unistd.h>
#endif
#ifdef _MSC_VER
#include <io.h>
#if _MSC_VER >= 1400
#undef strdup
#define strdup _strdup
#undef access
#define access _access
#endif
#define F_OK 00
#endif
/* libxml2 */
#include <libxml/entities.h>
#include <libxml/globals.h>
#include <libxml/parser.h>
#include <libxml/tree.h>
#include <libxml/xmlstring.h>
#include <libxml/xpath.h>
/* local */
#include "common.h"
#include "config.h"
#define VERSION "0.75"
/*
TODO:
- errorhandling for _key/devices entries
- sort group_data alphabetically
*/
struct driver_data
{
char* filename;
struct driver_data* next;
};
struct group_data
{
xmlChar* srcfile;
struct driver_data* drivers;
struct group_data* next;
};
struct build_group_cb_data
{
struct group_data** gd_list;
};
static void build_group_cb(struct parse_callback_data* pcd)
{
if( pcd->type == ENTRY_FILE ) {
if( strstr(pcd->entry_name, ".xml") && strstr(pcd->entry_name, "listxml.xml") == NULL && strstr(pcd->entry_name, "_listsoftware.xml") == NULL )
{
printf("%s\n", pcd->entry_name);
xmlDocPtr doc = NULL;
{
char* filecontent = NULL;
int read_res = read_file(pcd->fullname, &filecontent);
if( read_res == 0 )
{
const size_t len = strlen(filecontent);
filter_unprintable(filecontent, len);
doc = xmlReadMemory(filecontent, (int)len, NULL, "UTF-8", 0);
free(filecontent);
}
else
{
printf("could not read file '%s' (%s)\n", pcd->fullname, strerror(read_res));
}
}
if( doc ) {
struct build_group_cb_data* bg_cb_data = (struct build_group_cb_data*)pcd->user_data;
struct group_data** gd_list = bg_cb_data->gd_list;
struct driver_data* new_dd = (struct driver_data*)malloc(sizeof(struct driver_data));
/* TODO: check result */
new_dd->filename = strdup(pcd->fullname);
/* TODO: check result */
new_dd->next = NULL;
xmlNodePtr output_node = doc->children;
xmlChar* sourcefile_key = xmlGetProp(output_node, (const xmlChar*)"sourcefile");
int found_srcfile = 0;
struct group_data* gd_entry = *gd_list;
struct group_data* last_gd_entry = NULL;
while( gd_entry != NULL ) {
last_gd_entry = gd_entry;
if( xmlStrcmp(sourcefile_key, gd_entry->srcfile) == 0 ) {
found_srcfile = 1;
break;
}
gd_entry = gd_entry->next;
}
if( !found_srcfile ) {
struct group_data* new_gd_entry = (struct group_data*)malloc(sizeof(struct group_data));
/* TODO: check result */
new_gd_entry->srcfile = sourcefile_key;
new_gd_entry->drivers = new_dd;
new_gd_entry->next = NULL;
if( !*gd_list )
*gd_list = new_gd_entry;
else
last_gd_entry->next = new_gd_entry;
}
else {
xmlFree(sourcefile_key);
struct driver_data* dd_entry = last_gd_entry->drivers;
struct driver_data* last_dd_entry = NULL;
while( dd_entry != NULL ) {
last_dd_entry = dd_entry;
dd_entry = dd_entry->next;
}
if( !last_gd_entry->drivers )
last_gd_entry->drivers = new_dd;
else
last_dd_entry->next = new_dd;
}
xmlFreeDoc(doc);
}
}
}
}
static void get_group_data(const char* dirname, int recursive, struct group_data** gd)
{
struct build_group_cb_data bg_cb_data;
bg_cb_data.gd_list = gd;
parse_directory(dirname, recursive, build_group_cb, (void*)&bg_cb_data);
}
static void free_group_data(struct group_data* gd)
{
struct group_data* gd_entry = gd;
while( gd_entry ) {
struct driver_data* dd_entry = gd_entry->drivers;
while( dd_entry ) {
struct driver_data* tmp_dd_entry = dd_entry;
dd_entry = dd_entry->next;
free(tmp_dd_entry->filename);
tmp_dd_entry->filename = NULL;
free(tmp_dd_entry);
}
struct group_data* tmp_gd_entry = gd_entry;
gd_entry = gd_entry->next;
xmlFree(tmp_gd_entry->srcfile);
tmp_gd_entry->srcfile = NULL;
free(tmp_gd_entry);
}
}
static char* config_xml_folder = NULL;
static char* config_output_file = NULL;
static int config_print_stderr = 0;
static int config_use_markdown = 0;
static int config_show_memleaks = 0;
static int config_show_clipped = 0;
static int config_group_data = 0;
static int config_report_type = 0;
static char* config_compare_folder = NULL;
static int config_print_stdout = 0;
static char* config_output_folder = NULL;
static int config_recursive = 0;
static int config_speed_threshold = 0;
static int config_unexpected_stderr = 0;
static struct config_entry report_config[] =
{
{ "xml_folder", CFG_STR_PTR, &config_xml_folder },
{ "output_file", CFG_STR_PTR, &config_output_file },
{ "print_stderr", CFG_INT, &config_print_stderr },
{ "use_markdown", CFG_INT, &config_use_markdown },
{ "show_memleaks", CFG_INT, &config_show_memleaks },
{ "show_clipped", CFG_INT, &config_show_clipped },
{ "group_data", CFG_INT, &config_group_data },
{ "report_type", CFG_INT, &config_report_type },
{ "compare_folder", CFG_STR_PTR, &config_compare_folder }, /* comparison report specific */
{ "print_stdout", CFG_INT, &config_print_stdout },
{ "output_folder", CFG_STR_PTR, &config_output_folder }, /* comparison report specific */
{ "recursive", CFG_INT, &config_recursive },
{ "speed_threshold", CFG_INT, &config_speed_threshold },
{ "unexpected_stderr", CFG_INT, &config_unexpected_stderr },
{ NULL, CFG_UNK, NULL }
};
struct report_summary
{
int executed;
int executed_autosave;
int errors;
int runtime_errors;
int memleaks;
int clipped;
int mandatory;
int missing;
int unexpected_stderr;
};
static void summary_incr(struct report_summary* summary, const xmlChar* exitcode_key)
{
if( xmlStrcmp(exitcode_key, (const xmlChar*)"0") == 0 )
return;
if( xmlStrcmp(exitcode_key, (const xmlChar*)"2") == 0 )
summary->missing++;
else if( xmlStrcmp(exitcode_key, (const xmlChar*)"4") == 0 )
summary->mandatory++;
else
summary->errors++;
}
struct report_cb_data
{
FILE* report_fd;
int print_stderr;
int use_markdown;
int show_memleaks;
int show_clipped;
int report_type;
const char* compare_folder;
int print_stdout;
struct report_summary summary;
const char* output_folder;
int speed_threshold;
int unexpected_stderr;
};
/* TODO - handle multiple occurances */
static xmlChar* get_attribute_by_xpath(xmlXPathContextPtr xpathCtx, const xmlChar* xpath_expr, const xmlChar* attr_name)
{
xmlChar* attr_value = NULL;
xmlXPathObjectPtr xpathObj = xmlXPathEvalExpression(xpath_expr, xpathCtx);
if( xpathObj && xpathObj->nodesetval && xpathObj->nodesetval->nodeNr > 0 ) {
attr_value = xmlGetProp(xpathObj->nodesetval->nodeTab[0], attr_name);
}
if( xpathObj )
xmlXPathFreeObject(xpathObj);
return attr_value;
}
/* TODO: handle this differently - casts away constness */
static void convert_br(xmlChar* str)
{
xmlChar* s = NULL;
while( (s = BAD_CAST xmlStrstr(str, (const xmlChar*)" ")) != NULL )
{
*s++ = '<';
*s++ = 'b';
*s++ = 'r';
*s++ = '/';
*s = '>';
}
}
/* TODO: read part if available */
#define PRINT_INFO(fd) \
fprintf(fd, "%s: %s", sourcefile_key, name_key); \
if( bios_key ) \
fprintf(fd, " (bios %s)", bios_key); \
if( ramsize_key ) \
fprintf(fd, " (ramsize %s)", ramsize_key); \
if( dipswitch_key && dipvalue_key ) \
fprintf(fd, " (dipswitch %s value %s)", dipswitch_key, dipvalue_key); \
if( configuration_key && confsetting_key ) \
fprintf(fd, " (configuration %s value %s)", configuration_key, confsetting_key); \
if( slot_key && slotoption_key ) \
fprintf(fd, " (slot %s option %s)", slot_key, slotoption_key); \
if( devices_node ) \
{ \
xmlAttrPtr dev_attrs = devices_node->properties; \
while( dev_attrs ) { \
fprintf(fd, " (%s %s)", dev_attrs->name, dev_attrs->children->content); \
\
dev_attrs = dev_attrs->next; \
} \
} \
if( autosave_key ) \
fprintf(fd, " (autosave)");
#define COMPARE_ATTRIBUTE(xpath_expr, attr_name, differs) \
{ \
xmlChar* attr1 = get_attribute_by_xpath(xpathCtx1, (const xmlChar*)xpath_expr, (const xmlChar*)attr_name); \
xmlChar* attr2 = get_attribute_by_xpath(xpathCtx2, (const xmlChar*)xpath_expr, (const xmlChar*)attr_name); \
\
if( xmlStrcmp(attr1, attr2) != 0 ) \
{ \
differs = 1; \
if( write_set_data ) \
{ \
write_set_data = 0; \
xmlChar* name = get_attribute_by_xpath(xpathCtx1, (const xmlChar*)"/output", (const xmlChar*)"name"); \
xmlChar* srcfile = get_attribute_by_xpath(xpathCtx1, (const xmlChar*)"/output", (const xmlChar*)"sourcefile"); \
\
fprintf(r_cb_data->report_fd, "<p>\n"); \
PRINT_INFO(r_cb_data->report_fd) \
fprintf(r_cb_data->report_fd, "<br/>\n"); \
\
xmlFree(name); \
name = NULL; \
xmlFree(srcfile); \
srcfile = NULL; \
fprintf(r_cb_data->report_fd, "<table border=\"1\">\n"); \
} \
fprintf(r_cb_data->report_fd, "<tr>\n"); \
\
fprintf(r_cb_data->report_fd, "<td>%s</td>\n", attr_name);\
\
xmlChar* tmp = xmlEncodeEntitiesReentrant(doc_old, attr1); \
convert_br(tmp); \
fprintf(r_cb_data->report_fd, "<td valign=\"top\">%s</td>\n", tmp); \
xmlFree(tmp); \
tmp = NULL; \
\
tmp = xmlEncodeEntitiesReentrant(doc, attr2); \
convert_br(tmp); \
fprintf(r_cb_data->report_fd, "<td valign=\"top\">%s</td>\n", tmp); \
xmlFree(tmp); \
tmp = NULL; \
fprintf(r_cb_data->report_fd, "</tr>\n"); \
} \
\
xmlFree(attr2); \
attr2 = NULL; \
xmlFree(attr1); \
attr1 = NULL; \
}
#define PREPARE_KEYS(output_node) \
xmlChar* name_key = xmlGetProp(output_node, (const xmlChar*)"name"); \
xmlChar* sourcefile_key = xmlGetProp(output_node, (const xmlChar*)"sourcefile"); \
xmlChar* bios_key = xmlGetProp(output_node, (const xmlChar*)"bios"); \
xmlChar* ramsize_key = xmlGetProp(output_node, (const xmlChar*)"ramsize"); \
xmlChar* autosave_key = xmlGetProp(output_node, (const xmlChar*)"autosave"); \
xmlChar* dipswitch_key = xmlGetProp(output_node, (const xmlChar*)"dipswitch"); \
xmlChar* dipvalue_key = xmlGetProp(output_node, (const xmlChar*)"dipvalue"); \
xmlChar* configuration_key = xmlGetProp(output_node, (const xmlChar*)"configuration"); \
xmlChar* confsetting_key = xmlGetProp(output_node, (const xmlChar*)"confsetting"); \
xmlChar* cmd_key = xmlGetProp(output_node, (const xmlChar*)"cmd"); \
xmlChar* slot_key = xmlGetProp(output_node, (const xmlChar*)"slot"); \
xmlChar* slotoption_key = xmlGetProp(output_node, (const xmlChar*)"slotoption"); \
#define FREE_KEYS \
xmlFree(slotoption_key); \
slotoption_key = NULL; \
xmlFree(slot_key); \
slot_key = NULL; \
xmlFree(cmd_key); \
cmd_key = NULL; \
xmlFree(confsetting_key); \
confsetting_key = NULL; \
xmlFree(configuration_key); \
configuration_key = NULL; \
xmlFree(dipvalue_key); \
dipvalue_key = NULL; \
xmlFree(dipswitch_key); \
dipswitch_key = NULL; \
xmlFree(autosave_key); \
autosave_key = NULL; \
xmlFree(ramsize_key); \
ramsize_key = NULL; \
xmlFree(bios_key); \
bios_key = NULL; \
xmlFree(sourcefile_key); \
sourcefile_key = NULL; \
xmlFree(name_key); \
name_key = NULL;
#if 0
static xmlChar const *
xmlStrrstr (xmlChar const *haystack, xmlChar const *needle)
{
xmlChar const *p = haystack;
xmlChar const *last_match = NULL;
while ((p = xmlStrstr (p, needle)) != NULL)
{
last_match = p;
p++;
}
return last_match;
}
#endif
static int create_report_from_filename(const char *const filename, struct report_cb_data* r_cb_data, int write_src_header)
{
int data_written = 0;
switch( r_cb_data->report_type )
{
default:
case 0:
{
xmlDocPtr doc = NULL;
{
char* filecontent = NULL;
int read_res = read_file(filename, &filecontent);
if( read_res == 0 )
{
const size_t len = strlen(filecontent);
filter_unprintable(filecontent, len);
doc = xmlReadMemory(filecontent, (int)len, NULL, "UTF-8", 0);
free(filecontent);
}
else
{
printf("could not read file '%s' (%s)\n", filename, strerror(read_res));
}
}
if( doc ) {
xmlNodePtr output_node = doc->children;
PREPARE_KEYS(output_node)
int result_found = 0;
xmlNodePtr output_childs = output_node->children;
xmlNodePtr devices_node = NULL;
while( output_childs ) {
if( output_childs->type == XML_ELEMENT_NODE ) {
if( xmlStrcmp(output_childs->name, (const xmlChar*)"result") == 0 ) {
if (!result_found) {
r_cb_data->summary.executed++;
result_found = 1;
}
else {
r_cb_data->summary.executed_autosave++;
}
xmlChar* exitcode_key = xmlGetProp(output_childs, (const xmlChar*)"exitcode");
xmlChar* stderr_key = xmlGetProp(output_childs, (const xmlChar*)"stderr");
xmlChar* stdout_key = xmlGetProp(output_childs, (const xmlChar*)"stdout");
int error_found = exitcode_key && (xmlStrcmp(exitcode_key, (const xmlChar*)"0") != 0);
int memleak_found = stderr_key && xmlStrstr(stderr_key, (const xmlChar*)"--- memory leak warning ---");
int clipped_found = stdout_key && xmlStrstr(stdout_key, (const xmlChar*)"clipped") && (xmlStrstr(stdout_key, (const xmlChar*)" 0% samples clipped") == NULL);
int mandatory_found = stderr_key && xmlStrstr(stderr_key, (const xmlChar*)"Driver requires");
/* TODO: make it optional */
int reset_scope_found = stderr_key && xmlStrstr(stderr_key, (const xmlChar*)"called within reset scope by");
/* TODO: make it optional */
int runtime_error_found = stderr_key && xmlStrstr(stderr_key, (const xmlChar*)"runtime error");
int unexpected_stderr = 0;
if (r_cb_data->unexpected_stderr && stderr_key != NULL)
{
/* TODO: make this generic for the reports and merge with speed code */
#ifdef WIN32
const char* sep = "\r\n";
#else
const char* sep = "\n";
#endif
char** lines = split_string((const char*)stderr_key, sep);
int i = 0;
for( ; lines != NULL && lines[i] != NULL; ++i )
{
/*
examples:
datum.bin ROM NEEDS REDUMP
865jaa02.chd CHD NEEDS REDUMP
*/
if( strstr(lines[i], " NEEDS REDUMP") != NULL )
continue;
/*
examples:
dolphin_moni.rom NOT FOUND (NO GOOD DUMP KNOWN) (tried in dauphin dauphin)
bbh2sp_v2.02.09.chd NOT FOUND
*/
if( strstr(lines[i], " NOT FOUND") != NULL )
continue;
/*
examples:
sun-8212.ic3 NO GOOD DUMP KNOWN
*/
if( strstr(lines[i], " NO GOOD DUMP KNOWN") != NULL )
continue;
if( strstr(lines[i], "WARNING: the machine might not run correctly.") != NULL )
continue;
if( strstr(lines[i], "Fatal error: Required files are missing, the machine cannot be run.") != NULL )
continue;
/*
will appear as the last stderror entry - do not treat it as unexpected
examples:
-----------------------------------------------------
Exception at EIP=00000000059e1763 (video_manager::begin_recording_avi(char const*, unsigned int, screen_device*)+0x0043): ACCESS VIOLATION
While attempting to read memory at 0000000000000000
-----------------------------------------------------
*/
if( strstr(lines[i], "-----------------------------------------------------") != NULL )
break;
/*
will appear as the last stderror entry - do not treat it as unexpected
examples:
=================================================================
==21396==ERROR: AddressSanitizer: allocator is out of memory trying to allocate 0xf0d2000 bytes
*/
if( strstr(lines[i], "=================================================================") != NULL )
break;
/* TODO: remove this after it is fixed */
if( strstr(lines[i], "Value internal not supported for option debugger - falling back to auto") != NULL )
continue;
/* TODO: remove this after it is fixed */
if( strstr(lines[i], "Error opening translation file English") != NULL )
continue;
unexpected_stderr = 1;
break;
}
free_array(lines);
}
summary_incr(&r_cb_data->summary, exitcode_key);
if(memleak_found)
r_cb_data->summary.memleaks++;
if(clipped_found)
r_cb_data->summary.clipped++;
if(runtime_error_found)
r_cb_data->summary.runtime_errors++;
if(unexpected_stderr)
r_cb_data->summary.unexpected_stderr++;
int report_error = (error_found && !mandatory_found);
int report_memleak = (memleak_found && r_cb_data->show_memleaks);
int report_stdout = (r_cb_data->print_stdout && stdout_key && xmlStrlen(stdout_key) > 0);
int report_stderr = (r_cb_data->print_stderr && stderr_key && xmlStrlen(stderr_key) > 0);
int report_clipped = (r_cb_data->show_clipped && clipped_found);
if( report_error || report_memleak || report_stdout || report_stderr || report_clipped || reset_scope_found || runtime_error_found || unexpected_stderr ) {
if( r_cb_data->use_markdown )
{
if( write_src_header ) {
fprintf(r_cb_data->report_fd, "#### %s\n", sourcefile_key);
/* disable so the header is only written once */
write_src_header = 0;
}
fprintf(r_cb_data->report_fd, "##### %s\n", name_key);
if( bios_key )
fprintf(r_cb_data->report_fd, " * BIOS: ''%s''\n", bios_key);
if( ramsize_key )
fprintf(r_cb_data->report_fd, " * Ramsize: ''%s''\n", ramsize_key);
if( dipswitch_key && dipvalue_key )
fprintf(r_cb_data->report_fd, " * Dipswitch: ''%s'' Value: ''%s'' \n", dipswitch_key, dipvalue_key);
if( configuration_key && confsetting_key )
fprintf(r_cb_data->report_fd, " * Configuration: ''%s'' Value: ''%s'' \n", configuration_key, confsetting_key);
if( slot_key && slotoption_key )
fprintf(r_cb_data->report_fd, " * Slot: ''%s'' Option: ''%s'' \n", slot_key, slotoption_key);
if( devices_node )
{
xmlAttrPtr dev_attrs = devices_node->properties;
while( dev_attrs ) {
fprintf(r_cb_data->report_fd, " * Device: ''%s %s''\n", dev_attrs->name, dev_attrs->children->content);
dev_attrs = dev_attrs->next;
}
}
if( autosave_key )
fprintf(r_cb_data->report_fd, " (autosave)");
fprintf(r_cb_data->report_fd, " * Error code: `%s`\n", exitcode_key);
if( (report_error || report_stdout || report_clipped) && stdout_key && xmlStrlen(stdout_key) > 0 )
{
fprintf(r_cb_data->report_fd, "\n```\n%s\n```\n", stdout_key);
}
if( (report_error || report_memleak || report_stderr || reset_scope_found || runtime_error_found || unexpected_stderr) && stderr_key && xmlStrlen(stderr_key) > 0 )
{
fprintf(r_cb_data->report_fd, "\n```\n%s\n```\n", stderr_key);
}
if( cmd_key )
{
fprintf(r_cb_data->report_fd, " * Command-Line:\n```\n%s\n```\n", cmd_key);
}
fprintf(r_cb_data->report_fd, "\n");
}
else
{
PRINT_INFO(r_cb_data->report_fd)
fprintf(r_cb_data->report_fd, " (%s)\n", exitcode_key);
if( (report_error || report_stdout || report_clipped) && stdout_key && xmlStrlen(stdout_key) > 0 )
fprintf(r_cb_data->report_fd, "%s\n", stdout_key);
if( (report_error || report_memleak || report_stderr || reset_scope_found || runtime_error_found) && stderr_key && xmlStrlen(stderr_key) > 0 )
fprintf(r_cb_data->report_fd, "%s\n", stderr_key);
if( cmd_key )
fprintf(r_cb_data->report_fd, "%s\n", cmd_key);
}
data_written = 1;
}
xmlFree(stdout_key);
xmlFree(stderr_key);
xmlFree(exitcode_key);
}
// TODO: set this up differently
else if( xmlStrcmp(output_childs->name, (const xmlChar*)"devices") == 0 )
{
devices_node = output_childs;
}
}
output_childs = output_childs->next;
}
FREE_KEYS
xmlFreeDoc(doc);
}
}
break;
case 1:
{
char* entry_name = get_filename(filename);
char* entry_directory = get_directory(filename);
char* old_path = NULL;
append_string(&old_path, r_cb_data->compare_folder);
append_string(&old_path, FILESLASH);
append_string(&old_path, entry_name);
if( access(old_path, F_OK) == 0 ) {
int write_set_data = 1;
int dummy = 0;
int png_differs = 0;
xmlDocPtr doc_old = xmlReadFile(old_path, NULL, 0);
xmlDocPtr doc = xmlReadFile(filename, NULL, 0);
xmlXPathContextPtr xpathCtx1 = xmlXPathNewContext(doc_old);
xmlXPathContextPtr xpathCtx2 = xmlXPathNewContext(doc);
xmlNodePtr output_node = doc->children;
xmlNodePtr devices_node = NULL; // TODO
PREPARE_KEYS(output_node)
COMPARE_ATTRIBUTE("/output/result", "exitcode", dummy)
COMPARE_ATTRIBUTE("/output/result", "stderr", dummy)
COMPARE_ATTRIBUTE("/output/result/dir[@name='snap']//file", "png_crc", png_differs)
(void)dummy;
if(write_set_data == 0)
fprintf(r_cb_data->report_fd, "</table>\n");
if( png_differs ) {
xmlChar* name = get_attribute_by_xpath(xpathCtx1, (const xmlChar*)"/output", (const xmlChar*)"name");
xmlChar* srcfile = get_attribute_by_xpath(xpathCtx1, (const xmlChar*)"/output", (const xmlChar*)"sourcefile");
char* entry_name_base = get_filename_base(entry_name);
/* TODO: check result */
char* png_path = NULL;
append_string(&png_path, FILESLASH);
append_string(&png_path, (const char*)entry_name_base);
append_string(&png_path, FILESLASH);
append_string(&png_path, "snap");
append_string(&png_path, FILESLASH);
append_string(&png_path, (const char*)name);
append_string(&png_path, FILESLASH);
append_string(&png_path, "final.png");
char* path1 = NULL;
append_string(&path1, r_cb_data->compare_folder);
append_string(&path1, png_path);
char* path2 = NULL;
append_string(&path2, entry_directory);
append_string(&path2, png_path);
char* outpath = NULL;
append_string(&outpath, r_cb_data->output_folder);
append_string(&outpath, FILESLASH);
append_string(&outpath, entry_name_base);
append_string(&outpath, "_diff.png");
char* pngcmp_cmd = NULL;
append_string(&pngcmp_cmd, "pngcmp");
append_string(&pngcmp_cmd, " ");
append_string(&pngcmp_cmd, path1);
append_string(&pngcmp_cmd, " ");
append_string(&pngcmp_cmd, path2);
append_string(&pngcmp_cmd, " ");
append_string(&pngcmp_cmd, outpath);
// TODO: add all information about execution to report
int pngcmp_res = system(pngcmp_cmd);
if( pngcmp_res == 1 ) {
char* outfile = get_filename(outpath);
fprintf(r_cb_data->report_fd, "<img src=\"%s\" alt=\"%s\"/>\n", outfile, outfile);
free(outfile);
}
free(pngcmp_cmd);
pngcmp_cmd = NULL;
free(outpath);
outpath = NULL;
free(path2);
path2 = NULL;
free(path1);
path1 = NULL;
free(entry_name_base);
free(png_path);
png_path = NULL;
xmlFree(srcfile);
xmlFree(name);
}
FREE_KEYS
if( xpathCtx2 )
xmlXPathFreeContext(xpathCtx2);
if( xpathCtx1 )
xmlXPathFreeContext(xpathCtx1);
xmlFreeDoc(doc);
xmlFreeDoc(doc_old);
if( write_set_data == 0 )
fprintf(r_cb_data->report_fd, "</p>\n");
}
else {
fprintf(r_cb_data->report_fd, "<p>%s - new</p>\n", entry_name);
}
free(old_path);
old_path = NULL;
free(entry_directory);
free(entry_name);
}
break;
case 2:
{
char* entry_name = get_filename(filename);
char* entry_directory = get_directory(filename);
char* old_path = NULL;
append_string(&old_path, r_cb_data->compare_folder);
append_string(&old_path, FILESLASH);
append_string(&old_path, entry_name);
if( access(old_path, F_OK) == 0 ) {
xmlDocPtr doc_old = xmlReadFile(old_path, NULL, 0);
xmlDocPtr doc = xmlReadFile(filename, NULL, 0);
xmlXPathContextPtr xpathCtx1 = xmlXPathNewContext(doc_old);
xmlXPathContextPtr xpathCtx2 = xmlXPathNewContext(doc);
xmlNodePtr output_node = doc->children;
xmlNodePtr devices_node = NULL; // TODO
PREPARE_KEYS(output_node)
xmlChar* attr1 = get_attribute_by_xpath(xpathCtx1, (const xmlChar*)"/output/result", (const xmlChar*)"stdout");
xmlChar* attr2 = get_attribute_by_xpath(xpathCtx2, (const xmlChar*)"/output/result", (const xmlChar*)"stdout");
if( xmlStrcmp(attr1, attr2) != 0 )
{
//Average speed: 1055.38% (1 seconds)
double speed1 = -1;
double speed2 = -1;
{
char* pos1 = strstr((const char*)attr1, "Average speed:");
char* pos2 = strstr((const char*)attr1, "% (");
if( pos1 && pos2 )
{
pos1 += 14;
char* temp = NULL;
append_string_n(&temp, pos1, (size_t)(pos2-pos1));
speed1 = atof(temp);
free(temp);
temp = NULL;
}
}
{
char* pos1 = strstr((const char*)attr2, "Average speed:");
char* pos2 = strstr((const char*)attr2, "% (");
if( pos1 && pos2 )
{
pos1 += 14;
char* temp = NULL;
append_string_n(&temp, pos1, (size_t)(pos2-pos1));
speed2 = atof(temp);
free(temp);
temp = NULL;
}
}
PRINT_INFO(r_cb_data->report_fd)
fprintf(r_cb_data->report_fd, "|%.2f|%.2f|%.2f|%.2f\n", speed1, speed2, speed2 - speed1, (speed2 / speed1) * 100 - 100);
}
if( attr2 )
{
xmlFree(attr2);
}
if( attr1 )
{
xmlFree(attr1);
}
FREE_KEYS
if( xpathCtx2 )
xmlXPathFreeContext(xpathCtx2);
if( xpathCtx1 )
xmlXPathFreeContext(xpathCtx1);
xmlFreeDoc(doc);
xmlFreeDoc(doc_old);
}
else {
fprintf(r_cb_data->report_fd, "%s - new\n", entry_name);
}
free(old_path);
old_path = NULL;
free(entry_directory);
free(entry_name);
}
break;
case 4:
{
xmlDocPtr doc = NULL;
{
char* filecontent = NULL;
int read_res = read_file(filename, &filecontent);
if( read_res == 0 )
{
const size_t len = strlen(filecontent);
filter_unprintable(filecontent, len);
doc = xmlReadMemory(filecontent, (int)len, NULL, "UTF-8", 0);
free(filecontent);
}
else
{
printf("could not read file '%s' (%s)\n", filename, strerror(read_res));
}
}
if( doc ) {
xmlNodePtr output_node = doc->children;
xmlNodePtr devices_node = NULL; // TODO
PREPARE_KEYS(output_node)
xmlNodePtr output_childs = output_node->children;
while( output_childs ) {
if( output_childs->type == XML_ELEMENT_NODE ) {
if( xmlStrcmp(output_childs->name, (const xmlChar*)"result") == 0 ) {
xmlChar* exitcode_key = xmlGetProp(output_childs, (const xmlChar*)"exitcode");
if (xmlStrcmp(exitcode_key, (const xmlChar*)"0") == 0) {
xmlChar* stdout_key = xmlGetProp(output_childs, (const xmlChar*)"stdout");
int found_speed = 0;
/* TODO: use this code in speed comparison */
/* TODO: make this generic for the reports and merge with other code */
#ifdef WIN32
const char* sep = "\r\n";
#else
const char* sep = "\n";
#endif
char** lines = split_string((const char*)stdout_key, sep);
int i = 0;
for( ; lines != NULL && lines[i] != NULL; ++i )
{
if( strstr(lines[i], "Average speed:") == NULL ) {
continue;
}
found_speed = 1;
float speed = 0;
int seconds = 0;
int sscanf_res = sscanf(lines[i], "Average speed: %f%% (%d seconds)", &speed, &seconds);
if( sscanf_res != 2 ) {
PRINT_INFO(stdout)
printf(" - ERROR parsing '%s'\n", lines[i]);
continue;
}
if( (int)speed < r_cb_data->speed_threshold ) {
PRINT_INFO(stdout)
printf(" - Average speed: %.2f%%\n", speed);
}
}
if (!found_speed) {
PRINT_INFO(stdout)
printf(" - ERROR missing\n");
}
free_array(lines);
xmlFree(stdout_key);
}
xmlFree(exitcode_key);
}
// TODO: set this up differently
else if( xmlStrcmp(output_childs->name, (const xmlChar*)"devices") == 0 )
{
devices_node = output_childs;
}
}
output_childs = output_childs->next;
}
FREE_KEYS
xmlFreeDoc(doc);
}
}
break;
/* TODO: report unsupported report type */
}
return data_written;
}
static void create_report_from_group_data(struct group_data* gd, struct report_cb_data* r_cb_data)
{
struct group_data* gd_entry = gd;
while( gd_entry ) {
int write_src_header = 1;
struct driver_data* dd_entry = gd_entry->drivers;
while( dd_entry ) {
int data_written = create_report_from_filename(dd_entry->filename, r_cb_data, write_src_header);
if( data_written )
write_src_header = 0;
dd_entry = dd_entry->next;
}
gd_entry = gd_entry->next;
}
}
static void create_report_cb(struct parse_callback_data* pcd)
{
if( pcd->type == ENTRY_FILE ) {
if( strstr(pcd->entry_name, ".xml") && strstr(pcd->entry_name, "listxml.xml") == NULL )
{
struct report_cb_data* r_cb_data = (struct report_cb_data*)pcd->user_data;
printf("%s\n", pcd->entry_name);
create_report_from_filename(pcd->fullname, r_cb_data, 1);
}
}
}
static int create_report(void)
{
FILE* report_fd = NULL;
struct report_cb_data r_cb_data;
r_cb_data.print_stderr = config_print_stderr;
r_cb_data.use_markdown = config_use_markdown;
r_cb_data.show_memleaks = config_show_memleaks;
r_cb_data.show_clipped = config_show_clipped;
r_cb_data.report_type = config_report_type;
r_cb_data.compare_folder = config_compare_folder;
r_cb_data.print_stdout = config_print_stdout;
r_cb_data.output_folder = config_output_folder;
r_cb_data.speed_threshold = config_speed_threshold;
r_cb_data.unexpected_stderr = config_unexpected_stderr;
memset(&r_cb_data.summary, 0x00, sizeof(struct report_summary));
if( config_report_type == 0 ) {
report_fd = fopen(config_output_file, "wb");
if (!report_fd) {
printf("could not open file '%s' (%s) - aborting\n", config_output_file, strerror(errno));
return 1;
}
if( config_use_markdown == 1 )
fprintf(report_fd, "# mame_regtest result\n");
}
else if( config_report_type == 1 ) {
char* outputfile = NULL;